This study proposes a novel approach for mitigating the internal solidification cracking that
occurs during the laser welding of extruded Al–Mg–Si alloys. The microstructures of the …

In the context of aluminum alloy extrusion, the presence of the skin contamination defect
imposes the scrap of the contaminated profile length due to its lower mechanical properties …

The evolution of grain size in AA6XXX extruded profiles is a critical factor for enhancing
mechanical, thermal and surface properties. Traditional methods for microstructure control …

Conventional aluminum recycling consumes a substantial amount of energy and has a
negative impact on secondary alloys. To address this challenging topic, Friction Stir …

Nitrogen cooling has become a popular solution to reduce heat flux between the die and the
profile in the hot extrusion process. However, designing effective cooling channels for …

The paper presents the experience of development and implementation of an integrated
approach of extrusion simulation with the automated design of the dies as a new way to …

Abstract 6061 aluminum alloy is characterized by good comprehensive using properties and
thermal processing performance. Traditional numerical simulation of 6061 aluminum alloy's …

In recent years, the development of Friction Stir Extrusion (FSE) simulation models becomes
crucial for gaining a deeper understanding of its underlying physics. Concurrently, there is a …

Over the years, the utilization of FEM numerical simulation has become a valuable tool for
both die makers and extruders. To assess the evolution of FEM codes in terms of problem …

Актуальность работы обусловлена высокой востребованностью промышленностью
проката из алюминиевых сплавов, в особенности после запуска в производство новых …